Structure Design and Simulation of Full-Rotation Direction Guide Drilling Tool
In order to improve the design efficiency of the full-rotation direction guide drilling tool and shorten the research and development cycle,the author first designed the guidance execution mechanism of the drilling tool,simplified the space mecha-nism model of the guided execution mechanism,and obtained the movement of the mechanism with certainness through the calcu-lation of degrees of freedom.Then the structure composition and guiding principle of the drilling tool are analyzed,and its guid-ance control method is to control the angle displacement relationship between the double eccentric ring and the rotating jacket of the full-rotation direction guide drilling tool,adjust its tool angle and tool surface angle,and realize the guide drilling.Finally.the three-dimensional solid modeling and motion simulation of the virtual prototype of the drilling tool are carried out by Solid-Works and ADAMS software,and the simulation results show that the drilling tool can realize the stepless adjustment of the tool face angle(0～360)°and the tool angle(0～5)°,and verify the feasibility of the designed full rotary direction guide drilling tool structure and guiding principle,and lay the foundation for the processing of the principle prototype.
Direction Drilling Guide ToolsEccentric MechanismsGuiding AdjustmentMotion SimulationVir-tual Prototype
NETL
NSTL
万方数据
维普
